Who Northwood hires
Northwood Space lists 69 open roles on its Ashby board, 37 of them in engineering across nine sub-disciplines — a manufacturing-heavy split that reveals a ground-segment company building factory capacity before sales scale. The company operates in the gateway infrastructure that turns orbital assets into usable connectivity, and its hiring mix reflects that hardware-first reality: DSP, electrical, electrical test, FPGA, manufacturing engineering, software, infrastructure, mechanical, and RF roles sit beside security, supply chain, and mission management. The board makes the architecture concrete: a head of software, a senior FPGA engineer, a lead cloud software engineer, and three distinct senior electrical tracks (general, systems, and architect) all based in Torrance.
The non-engineering functions center on the physical realities of deploying gateways globally. Security leads with seven openings, the second-largest category, reflecting the classification burden of ground stations touching sensitive constellations. Supply chain and manufacturing engineering share a mandate: design boards and mechanisms for volume production, and stand up new sites halfway across the world. Mission management and site operations bridge hardware delivery and customer-facing operations, while business development stays lean at three roles, consistent with a product still proving manufacturability before scaling sales.
Geography reinforces the split. The vast majority of roles are based in Torrance, the manufacturing and integration hub; a small number sit in Washington, D.C., likely tied to government-facing business development and security clearance management. Most roles are listed as on-site. The company's stated HQ in El Segundo appears in third-party sources, but the live board points to Torrance as the operational center, suggesting El Segundo may house leadership or early R&D while Torrance absorbs production-scale hiring.
What connects these functions is a stated bias toward "iterating and learning quickly" and "teams trusted to own their work and make decisions." The careers page frames every hire as playing "a direct role in shaping the future of global space operations" — language that reads as aspirational until you see manufacturing engineering and RF assembly roles sitting beside FPGA and DSP positions. Northwood isn't hiring a ground segment team; it's hiring a factory team that happens to ship its product to ground stations.
Note: This guide follows primary sources (Northwood's careers page and live job board) which consistently define the company as a ground segment/gateway operator. Some third-party profiles incorrectly describe it as building small satellite buses and propulsion systems.
Pay and equity
Northwood pays market rates for engineering talent in the Los Angeles basin, with equity standard and a benefits package anchored by employer-paid healthcare. Zero G Talent's data shows six recent roles with explicit bands ranging from $122,000 for senior electrical positions to $300,000 for a head of software. The aggregate across 52 salaried listings puts the typical band at $67,000–$250,000 with a median of $180,000.
| Role | Location | Salary range (USD/year) | Source |
|---|---|---|---|
| Head of Software | Torrance, CA | $225,000 – $300,000 | Zero G Talent board |
| Senior FPGA Engineer | Torrance, CA | $160,000 – $275,000 | Zero G Talent board |
| Lead Software Engineer (Cloud) | Torrance, CA | $174,000 – $260,000 | Zero G Talent board |
| Senior Electrical Engineer | Torrance, CA | $122,000 – $255,000 | Zero G Talent board |
| Senior Electrical Engineer (Systems) | Torrance, CA | $122,000 – $250,000 | Zero G Talent board |
| Electrical Architect | Torrance, CA | $122,000 – $250,000 | Zero G Talent board |
Third-party aggregators broadly align, though medians diverge by role mix and vintage: Levels.fyi reported $125,625 for hardware engineers (August 2026); RecruitingFromScratch calculated $174,000 across 44 postings (2025–2026); HireOven placed median total pay at $194,000 from 25 roles; BuiltIn cited senior software engineer bands of $161,000–$224,000 and senior SRE bands of $140,000–$170,000 (April 2026).
Equity appears in nearly every posting. The AshbyHQ career page lists roles at $161,000–$224,000 with "Offers Equity" noted explicitly. BuiltIn's FAQ describes equity or stock options as standard across many roles, sometimes paired with performance bonuses. Grant sizes and vesting schedules are not published; candidates should expect those details to vary by level and be negotiated at offer stage.
Benefits are where Northwood differentiates most visibly from early-stage peers. BuiltIn's April 2026 summary describes platinum-tier medical, dental, and vision coverage with employer-paid premiums, effectively zero employee cost for base plans. Unlimited PTO, 10 paid company holidays, and company-paid lunch and dinner sit alongside traditional and Roth 401(k) options. The same source flags inconsistency: richer perks such as fully covered "platinum" plans, daily meals, and relocation assistance appear in some ads but not others, described as eligibility-dependent. Candidates should treat the benefits menu as a baseline and confirm specifics — premium coverage levels, 401(k) match terms, meal policy scope — during the offer conversation.
The compensation picture looks competitive for a Torrance hardware shop. Wide bands reflect level breadth more than ambiguity: a senior electrical engineer and an electrical architect share the same $122,000 floor, but the architect's ceiling is $5,000 lower, suggesting the company prices by scope rather than title inflation. For applicants, the takeaway is straightforward: anchor negotiations to the posted band for the exact role, ask for the equity grant size and vesting schedule in writing, and verify which benefits tier applies to your level and location before signing.
Inside the interview loop
Northwood runs a four-round interview loop spanning three to five weeks, based on candidate reports aggregated by Dataford. The structure is deliberate: an initial screen, two technical deep dives, a coding implementation, and a final team interview. Each stage filters for a different signal: distributed systems fluency, network-protocol depth, and the ability to reason about software that touches physical hardware.
The first screen is a conversation with a recruiter or hiring manager covering background, location alignment (roles are tied to Torrance, Los Angeles, or Washington, D.C.), and a must-have list: five to seven years of professional development, proficiency in Rust, Go, or C/C++, and solid grounding in distributed systems and network protocols. Candidates who cannot articulate how their code has interacted with hardware — RF modems, antenna controllers, FPGA interfaces — tend to stall. Northwood's interview guide states plainly: "Do not underestimate the 'hardware interaction' aspect of the role."
Rounds two and three raise the technical bar. The deep dives cover distributed systems design, cloud orchestration, real-time telemetry-tracking-and-command flows, fault-tolerance patterns, and API design and versioning. Interviewers expect discussion of consensus algorithms (Raft, Paxos), distributed locking, service discovery, and Kubernetes or Terraform orchestration at a level that includes latency numbers, failure modes, serialization choices, and protocol internals: TCP/UDP/QUIC, congestion control, QoS, kernel-bypass networking, WireGuard optimization, forward error correction.
The coding implementation round moves from architecture to a concrete problem. Recent candidates report prompts such as "Reconciling Conflicting Satellite Reservations" and "Thread-Safe Circular Buffer for Telemetry." These mirror the actual contention and timing constraints of a ground-station network that must hand off contacts between antennas without data loss.
The final team interview evaluates ownership mindset and cross-domain communication. Northwood's values (exceptionalism, humility, bias to action, autonomy) surface as behavioral probes. Interviewers look for STAR-formatted stories showing end-to-end feature ownership, from RFC through production monitoring, and for candid trade-off discussions: why this consistency model, why this serialization format, what breaks when the network partitions. The guide emphasizes that "your ability to articulate why you chose one approach over another, and acknowledging the trade-offs, is a key indicator of seniority." Candidates who admit gaps (e.g., no FPGA experience) but demonstrate rapid domain learning score higher than those who bluff.
Applications flow through Ashby; recruiters see profile and résumé side by side, so consistency matters. Scoutify notes that applying early increases interview chances, as the team reviews applications in batches and moves quickly. The careers page reinforces the same message: "We value ownership, clear communication, and the ability to work effectively across disciplinary lines." That sentence is not boilerplate; it is the rubric.
Torrance factory, global network
Northwood's headquarters and engineering center sit in Torrance, California, a detail that appears on every open role, from head of software to electrical architect. The South Bay location places the team inside the densest aerospace manufacturing corridor in the country, with SpaceX, Relativity, and a tier-one supply base all within 20 miles. That proximity matters for a company targeting 12 to 16 Portal terminals per month once its factory line reaches rate.
The factory is a separate build-out, not a repurposed office. Payload reported in October 2024 that Northwood was building out a facility to produce that volume, a pace that implies dedicated high-bay space, environmental test chambers, and an RF anechoic setup, none of which fit in a standard R&D suite. The Portal terminal is a 9-by-5-foot flat panel rated for 1 kW transmit power and picowatt-level receive sensitivity; validating those specs on every unit before it ships demands a production test environment that mirrors the orbital link budget. The company has not disclosed the factory's exact address, but the hiring pattern — every electrical, FPGA, and systems role listed in Torrance — suggests co-location or immediate adjacency.
Beyond the factory, the work footprint splits in two directions. One is the global Portal network: 30 sites planned across the U.S., Europe, Australia, and New Zealand over the next two years, with initial deployments targeted for late 2024. These are unstaffed facilities. As head of software Shaurya Luthra told Payload, "We're not laying concrete, we're not doing large construction projects; these things get dropped off the back of the truck and turn on." Each site holds a bank of six to eight electronically steered terminals, capable of 10 simultaneous satellite contacts at over 1 Gbps per beam. The operations team in Torrance will schedule and orchestrate the network remotely.
The other direction is test heritage. Northwood's first on-orbit validation happened at Planet Labs' ground station in Maddock, North Dakota, a borrowed facility. Over five satellite passes in October 2024, a prototype Portal established bidirectional S- and X-band links, completing telemetry and tasking exchanges in a six-hour setup window. That test proved the RF chain and orchestration software; it also showed the company can deploy and verify a terminal in a single shift. The lesson feeds directly into factory acceptance criteria: if a Portal can't be commissioned that fast, it doesn't ship.
For people hired into Torrance roles, the daily environment is a hardware-first engineering floor where RF, digital, mechanical, and software teams share test racks. The board shows six technical functions recruiting simultaneously (electrical, FPGA, software (cloud and embedded), systems, and architecture), which only works when the lab is big enough to run parallel bring-up campaigns. That's the facility reality: a headquarters that doubles as a production test hub, feeding a network of unstaffed nodes the Torrance team will operate for years.
Who lasts
A 38 percent recommendation rate on Glassdoor tells you something real: Northwood is not for everyone. The people who stay and advance share a cluster of traits that map directly to the operating model: phased-array terminals shipped to remote sites, live-sky tests with Planet Labs, and a 35,000-square-foot Torrance factory running integration and test on compressed timelines.
First, ownership is not a value statement; it is a daily requirement. With 40 total employees and only 25 in product and technology, every engineer touches flight hardware or field-deployed systems. The BuiltIn culture profile notes that roles emphasize "direct responsibility and visible impact on shipped systems and global site deployments." Candidates from large, compartmentalized programs, where requirements come down and verification happens months later, tend to stall. Engineers who move fast have already taken a design from schematic through bring-up in the field, preferably with RF or phased-array experience.
Second, the feedback loop is unforgivingly short. "Build-Fast Field Releases" means the Portal phased-array goes from factory to operational site in hours, not quarters. The same profile describes employees who "iterate rapidly, see real-world impact fast, and own outcomes over process rather than ceremony." If you need a stable requirements baseline before you start coding or laying out a board, you will be frustrated. The people who thrive treat changing scope as the normal state and build margin into their designs for it.
Third, cross-functional fluency is a survival skill. Standing up a ground station "halfway across the world" forces RF, software, mechanical, and operations engineers to debug together in real time. The culture materials emphasize "tight coordination across hardware, software, RF, manufacturing, and operations." A senior FPGA engineer who can explain timing closure to a thermal analyst, or a cloud software lead who understands link-budget constraints, becomes a force multiplier. Specialists who stay in their lane become bottlenecks.
Fourth, travel and on-site work are not perks — they are the job. Work-life balance scores 3.1 out of 5 for a reason. Field operations and live-pass testing create irregular hours. The Torrance facility runs hands-on lab and factory shifts; remote flexibility is limited because the hardware is physical and the sites are global. People who have done campaign-style field work (sounding rockets, balloon campaigns, military comms exercises) adjust faster than those whose only deployment experience is a CI/CD pipeline.
Fifth, ambiguity tolerance separates the cohort that lasts two years from the cohort that leaves at eighteen months. "Priorities and processes are still evolving" appears in both culture and workplace-perception digests. Promotion criteria and recognition mechanisms are not codified. The company is 40 people with a $36 million Series A and a stated multi-continent rollout. That gap between current headcount and planned footprint means everyone is writing the playbook while running the plays. Engineers who need a defined career ladder and quarterly performance reviews will find the silence maddening. Engineers who treat the lack of structure as a blank page tend to define their own roles and get promoted into them.
Mission alignment acts as a filter. Northwood's stated purpose, "making sure that the missions that matter can unlock their full potential and operate every day without fail," sounds generic until you watch a Portal terminal acquire a satellite on the first pass at a newly stood-up site in Norway or New Zealand. The people who reference that moment in exit interviews or promotion packets are the ones who connected their daily grind to that link closure. The rest burn out on the travel and the shifting roadmap.
If you have shipped hardware that talks to space, debugged a phased array in a parking lot at 3 a.m., and prefer a whiteboard erased weekly over a Jira board frozen for a sprint, Northwood will feel like the first place that makes sense. If you haven't, the learning curve is steep and the safety net is thin.
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